// Tests finding NumberDecimal from the shell.

var col = db.decimal_find_basic;
col.drop();

// Insert some sample data.

assert.commandWorked(col.insert([
    {"decimal": NumberDecimal("0")},
    {"decimal": NumberDecimal("0.00")},
    {"decimal": NumberDecimal("-0")},
    {"decimal": NumberDecimal("1.0")},
    {"decimal": NumberDecimal("1.00")},
    {"decimal": NumberDecimal("2.00")},
    {"decimal": NumberDecimal("12345678901234567890.12345678901234")},
    {"decimal": NumberDecimal("NaN")},
    {"decimal": NumberDecimal("-NaN")},
    {"decimal": NumberDecimal("-Infinity")},
    {"decimal": NumberDecimal("Infinity")},
]),
                     "Initial insertion of decimals failed");

// Zeros
assert.eq(col.find({"decimal": NumberDecimal("0")}).count(), "3");

// NaNs
assert.eq(col.find({"decimal": NumberDecimal("NaN")}).count(), 2, "NaN find failed");

var theNaNs = [{"decimal": NumberDecimal("NaN")}, {"decimal": NumberDecimal("-NaN")}];

assert(bsonWoCompare(theNaNs[0], theNaNs[1]) == 0, "NaN compares equal");

// Infinity
assert.eq(col.find({"decimal": NumberDecimal("Infinity")}).count(), 1, "Infinity count wrong");
assert.eq(col.find({"decimal": NumberDecimal("-Infinity")}).count(), 1, "Infinity count wrong");

// Maximum Precision
assert.eq(col.find({"decimal": NumberDecimal("12345678901234567890.12345678901234")}).count(),
          1,
          "Maximum precision decimal not found.");

col.drop();

// Maximum and Minimum Values
assert.commandWorked(col.insert([
    {"max": NumberDecimal("9999999999999999999999999999999999E6111")},
    {"min": NumberDecimal("1E-6176")}
]));

assert.eq(col.find({"max": NumberDecimal("9999999999999999999999999999999999E6111")}).count(), 1);
assert.eq(col.find({"min": NumberDecimal("1E-6176")}).count(), 1);